60HZ Cummins 6CTAA8.3-G2 168kW/210kVA Diesel Generator Set

60HZ Cummins 6CTAA8.3-G2 168kW/210kVA Diesel Generator Set

60HZ Cummins 168kW/210kVA Diesel Generator Set

1.Technical Parameter

Parameter Category

Specific Item

Technical Data

Overall Genset Parameters

Genset Model

6CTAA8.3-G2

Prime Power (kW/kVA)

168kW/210kVA

Standby Power (kW/kVA)

184kW/230kVA

Rated Frequency

60Hz

Rated Speed

1800rpm

Rated Power Factor

0.8 Lagging

Fuel Consumption (100% Full Load)

49L/H

Diesel Engine Parameters

Engine Brand & Manufacturer

Cummins / Dongfeng Cummins (DCEC)

Engine Model

6CTAA8.3-G2

Engine Structure

6-cylinder, In-line, 4-stroke

Air Intake Mode

Turbocharged & After-cooled

Bore × Stroke

114mm × 135mm

Total Displacement

8.3L

Compression Ratio

17.0:1

Fuel Supply System

Bosch In-line Direct Injection Pump

Starting System

24VDC Electric Start

Alternator Parameters

Excitation Type

Brushless, Self-excited

Insulation Grade

H Grade

Protection Grade

IP23

Voltage Regulation System

Automatic AVR Voltage Regulation

Winding Configuration

100% Full Copper Winding

System Operation Standard

Intelligent Control System

Cummins PowerCommand® Electronic Control

Working Ambient Temperature

-20℃ ~ +50℃

Industry Compliance Standard

NFPA 110 Level 1, Euro II Emission

2. Product Core Features

The 60Hz Cummins 6CTAA8.3-G2 168kW/210kVA diesel generator set is an upgraded medium-power industrial genset optimized for global 60Hz power grid standards. Equipped with upgraded Cummins 6CTAA8.3-G2 turbocharged after-cooled engine and high-efficiency brushless alternator, this unit delivers more sufficient power reserve and stronger load adaptability than ordinary 8.3L displacement gensets. It is a highly cost-effective power generation equipment widely used in industrial continuous power supply and emergency standby power scenarios.

Powered by genuine Dongfeng Cummins 6CTAA8.3-G2 industrial engine, the unit adopts advanced 6-cylinder in-line 4-stroke structure and Bosch high-pressure in-line fuel injection system. The optimized fuel injection pressure and combustion chamber design ensure full fuel atomization and combustion, effectively reducing fuel waste while boosting power output. The upgraded turbocharging and water-after-cooling technology significantly improves low-temperature start-up performance and high-temperature continuous operation stability, allowing the genset to maintain stable power output even under long-term full-load and variable-load working conditions. The integrated cylinder block and cylinder head structure avoids common oil and water leakage faults, greatly improving overall equipment durability.

Matched with high-quality brushless self-excited alternator, the unit abandons the traditional brushed excitation structure with vulnerable carbon brushes. This brushless alternator features zero wearing excitation parts, lower failure rate and longer service life, eliminating frequent daily maintenance troubles. Adopting H-class high-temperature resistant insulation material and IP23 dustproof and rainproof protection level, the alternator can resist harsh working environments such as high temperature, humidity and dust. The full copper winding design ensures low heat generation and high conductivity, cooperating with intelligent AVR automatic voltage regulation system to realize precise voltage and frequency stabilization, effectively avoiding power supply fluctuation that affects the operation of precision electrical equipment.

In terms of intelligent safety operation, the genset is equipped with original Cummins PowerCommand® electronic control module, supporting one-key start-stop, real-time operating data monitoring, remote linkage control and automatic fault protection. It has comprehensive protection functions including over-speed, over-voltage, under-voltage, over-current, low oil pressure and high water temperature automatic shutdown, which can effectively protect the unit from damage caused by abnormal operating conditions. The integrated radiator cooling system is factory matched and tested, adapting to high-temperature outdoor working environments, with simple installation and no need for additional heat dissipation auxiliary equipment.

In terms of operational economy and practicability, the 210kVA Cummins diesel generator set maintains reasonable fuel consumption of 49L/H under 100% full load. With stronger power reserve and stable output performance, it balances power performance and operating cost. The whole machine has high versatility of accessories, complete after-sales service system and easy access to spare parts, which greatly reduces the later operation and maintenance cost for users. It is very suitable for long-term continuous operation and intermittent emergency start-up in various medium and large power demand scenarios.

3. Main Application Scenarios

As a mainstream 60Hz medium-power diesel generator set, Cummins 6CTAA8.3-G2 168kW/210kVA genset has wide applicability, covering industrial production, commercial supporting, engineering construction, public facilities and off-grid power supply fields. It can be used as both prime continuous power supply and emergency standby power supply, and is the preferred power guarantee equipment for medium-load power demand scenarios.

Industrial Manufacturing Scenarios: This 168kW prime power diesel generator set is widely applied in processing factories, mechanical manufacturing workshops, chemical plants, food processing enterprises and other industrial sites. It can be used as the main power supply for factory production lines, mechanical equipment and supporting electrical systems in power-deficient industrial zones, and also serves as emergency backup power to prevent production shutdown and economic losses caused by sudden municipal power failure or grid fluctuation. Its stable variable-load operation capability fully meets the continuous power consumption demand of industrial production.

Commercial & Public Service Facilities: The 184kW/230kVA standby power advantage makes it very suitable for shopping malls, high-rise office buildings, star hotels, municipal hospitals, schools and large parking lots. These public scenarios have extremely high requirements for power supply continuity and safety. In case of power grid failure, the genset can start up quickly and switch power supply automatically, ensuring the normal operation of fire protection systems, elevator equipment, monitoring systems, medical rescue equipment and daily office electrical facilities, avoiding public safety risks and operational paralysis.

Field Engineering & Construction Projects: For outdoor construction sites, road and bridge engineering, municipal infrastructure construction, oil field exploration and mining field operations, this 60Hz Cummins genset acts as the core temporary power supply equipment. Field engineering sites are usually far away from municipal power grids, and the strong environmental adaptability and stable power output of the unit can fully meet the power demand of construction machinery, welding equipment, engineering detection instruments and on-site temporary living electricity, adapting to complex outdoor working conditions such as high temperature and dust.

Off-grid & Special Industry Scenarios: It is also widely used in remote mountainous areas, islands, pastoral areas and other off-grid power supply areas, as well as communication base stations, water pump stations, environmental monitoring stations and unattended field equipment. The 6CTAA8.3-G2 engine has excellent low-temperature start-up and high-temperature resistance performance, which can operate stably in extreme environments and provide long-term reliable independent power guarantee for special equipment that cannot be separated from power supply.

4. Core Product Purpose

The core purpose of the Cummins 6CTAA8.3-G2 168kW/210kVA 60Hz diesel generator set is to provide high-stability, high-reliability and low-operation-cost medium-power power supply solutions for global 60Hz power standard areas and medium-load power demand scenarios. It solves the industry pain points of insufficient power reserve, unstable output and high failure rate of ordinary medium-power generator sets in long-term continuous power supply and emergency power backup scenarios.

In off-grid areas, industrial parks with insufficient municipal power supply and remote field operation bases, this genset serves as the main prime power generation equipment. Relying on 168kW continuous stable prime power output, it meets the long-term power demand of industrial production, daily office and staff living electricity, ensuring the sustainable operation of regional production and construction. The upgraded engine combustion technology also reduces operating fuel consumption, helping enterprises reduce daily power supply costs.

In urban commercial areas and industrial zones with complete power grid facilities, the unit acts as professional emergency standby power equipment. With 184kW/230kVA strong standby power reserve, it can respond to sudden power failure, power grid overhaul and grid fluctuation in real time, quickly take over the power supply, ensure the uninterrupted operation of key equipment and core business, and effectively avoid safety accidents and economic losses caused by power interruption.

In addition, the low-maintenance design and long service life of the brushless alternator and genuine Cummins engine greatly reduce the frequency of equipment failure and later maintenance investment. It is a cost-effective and high-reliability power guarantee equipment for small and medium-sized enterprises, engineering projects and public institutions, and has become one of the most popular medium-power Cummins diesel generator sets in the 60Hz market.

5. Frequently Asked Questions (FAQ)

Q1: What is the actual usage difference between prime power and standby power of the 6CTAA8.3-G2 genset?

Prime power (168kW/210kVA) is the rated continuous operating power of the generator set, supporting 24-hour long-term uninterrupted operation and a small range of overload operation in line with industrial standards, which is suitable for long-term main power supply in off-grid and power-deficient scenarios. Standby power (184kW/230kVA) is the maximum emergency power reserve of the unit, only applicable for short-time power supply during municipal power failure or emergency accidents. It does not support long-term full-load operation. In daily use, it is recommended that the user control the operating load within the prime power range to prolong the service life of the unit and reduce failure probability.

Q2: What are the unique advantages of the brushless self-excited alternator equipped on this 210kVA Cummins genset?

Compared with traditional brushed alternators, the brushless self-excited alternator of the 6CTAA8.3-G2 genset cancels carbon brushes and slip ring vulnerable parts, fundamentally eliminating common faults such as carbon brush wear, poor contact and spark ignition. Matched with H-class ultra-high temperature resistant insulation and IP23 protection grade, it has stronger environmental adaptability in high temperature, humid and dusty working conditions. Equipped with intelligent AVR voltage regulation technology, the alternator realizes precise and stable voltage output with low power supply distortion. It features low failure rate, no frequent replacement of wearing parts and extremely low daily maintenance workload, which is more suitable for long-term unattended continuous operation of industrial equipment.

Q3: What is the standard maintenance cycle for the Cummins 6CTAA8.3-G2 diesel generator set?

This Cummins industrial genset adopts standardized graded maintenance. Routine inspection must be carried out before each start-up, including checking fuel volume, lubricating oil level, cooling water capacity and circuit tightness, and cleaning surface dust after shutdown. The first maintenance (engine oil and filter replacement) is required after 50 hours of initial operation. Daily wearing parts such as oil filter, fuel filter and air filter need to be replaced every 250 hours of operation. A comprehensive inspection and maintenance of turbocharger, fuel injection system, cooling system and electronic control system shall be conducted every 500 hours. Strictly following the factory maintenance cycle can effectively maintain the power performance of the unit and extend the overall service life.

 


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